WO2013155968A1

WO2013155968A1 - Remote control device for lighting device

Info

Publication number: WO2013155968A1
Application number: PCT/CN2013/074322
Authority: WO
Inventors: 陈明允
Original assignee: 东莞巨扬电器有限公司
Priority date: 2012-04-20
Filing date: 2013-04-17
Publication date: 2013-10-24
Also published as: CN202587503U

Abstract

A remote control device (5) for a lighting device, which is used for controlling a lighting device. The remote control device (5) for a lighting device comprises a remote controller pedestal (10) and a remote controller (20). The remote controller pedestal (10) is used for mounting the remote controller (20) and has a positioning module (101) which is disposed on the remote controller pedestal (10). The remote controller (20) at least comprises a reset module (201) and a warning module (202). When the remote controller (20) is arranged on the remote controller pedestal (10), an engagement state is present between the positioning module (101) and the reset module (201), otherwise the positioning module (101) and the reset module (201) are in a disengagement state, and when the disengagement state continues to reach a preset time duration, the warning module (202) takes a warning action because of the disengagement state of the positioning module (101) and the reset module (201). The engagement or disengagement state of the remote controller (20) and the remote controller pedestal (10) can be utilized to actuate the warning module (202) of the remote controller (20) to remind a user to pay attention, so as to achieve the purpose of asking for emergency help or communicating.

Description

Technical field

The present invention relates to a remote control device for a lighting device, and more particularly to a remote control device for a lighting device having a home cues.

The remote control is an indispensable control device for today's electronic devices, but because the remote control can be placed with the disposal, it also causes the user to troubleshoot the remote control.

Taiwan Patent Publication No. 200704113 discloses that it has a sensing unit responsive to a communication signal sent by a mobile phone (continuous electromagnetic wave generated when a call is made), and itself has a warning unit to generate an alert behavior after a period of time. Taiwan Patent No. TW456677 discloses a remote control improved device having a receiving device and a warning device, and the frequency signal transmitting device can be placed on a specific item.

All of the above techniques require an additional transmitting device to activate or search for the remote control device. For the user, if the transmitting device is lost, the remote control device cannot be searched. The loss of the remote controller, for the lighting device, causes inconvenience to the user, and thus one of the problems that the industry urgently needs to solve. Summary of the invention

In view of the deficiencies of the prior art, one of the objects of the present invention is to provide a remote control device for a lighting device, which is used to remind the user to place the remote controller on the remote control base by means of setting the homing module in the remote controller. .

One of the objects of the present invention is to provide a remote control device for a lighting device that activates a warning module of the remote controller by using a combination or disengagement state of the remote controller and its remote control base to alert the user.

SUMMARY OF THE INVENTION One object of the present invention is to provide a remote control device for a lighting device that controls the lighting mode of the lighting device by the combination or disengagement state of the remote controller with its remote control base to achieve intelligent control of the lighting device.

One of the objects of the present invention is to provide a remote control device for a lighting device that activates the alerting action of the remote controller by using a combination or disengagement state of the remote controller with its remote controller base, thereby achieving the purpose of using the remote controller as a rescue device.

One of the objects of the present invention is to provide a remote control device for a lighting device, which is remotely controlled by a remote controller The combination or disengagement state of the base of the device controls other electronic devices for emergency or communication purposes.

The technical solution adopted by the present invention to solve the technical problem is to provide a remote control device for a lighting device for controlling a lighting device, the remote control device of the lighting device includes a remote controller base and a remote controller; The remote controller has a positioning module disposed on the remote controller base, and the remote controller is detachably disposed on the remote controller base, and includes at least a homing module and a warning module, wherein when the remote controller is set to When the remote controller is on the base, the positioning module and the home module are in a combined state, otherwise the positioning module and the home module are in a disengaged state, and when the disengaged state continues to reach a preset time length, The alert module performs an alerting action due to the disengaged state of the positioning module and the homing module.

Preferably, the positioning module is combined with the homing module in a manner selected from the group consisting of: mechanical, electronic, magnetic, inductive, optical, and pressure.

Preferably, the alerting behavior is selected from the group consisting of: emitting a tone signal, emitting an acoustic signal, emitting an optical signal, emitting a vibration signal, emitting a microwave signal, emitting an electrical signal, and combining at least two of the foregoing.

Preferably, the warning module performs the lifting of the alerting behavior due to the combined state between the positioning module and the homing module.

Preferably, the remote controller further includes a control module that is connected to the homing module and the alert module, and the control module generates an alert command according to the detached state of the homing module and transmits the alert command to the alert module. The warning behavior is executed, or the control module generates a release warning command according to the combined state of the homing module and the positioning module, and transmits the release warning command to the warning module to end the warning behavior.

Preferably, the remote controller further includes a control module and a signal output module, wherein the control module signals the homing module, the alert module and the signal output module, and the control module generates a situation according to the detached state of the homing module Command, and pass the context command to the signal output module output.

Preferably, the situational instruction comprises a sleep mode entering the lighting device, a voice control mode entering the lighting device, a playing mode of at least one of music and broadcasting entering the lighting device, and a holiday mode entering the lighting device. Entering an anti-theft mode of the illumination device, entering an illumination brightness conversion mode of the illumination device, entering an illumination color temperature conversion mode of the illumination device, entering an illumination balance mode of the illumination device, and entering an energy-saving mode of the illumination device. And entering a human body sensing switch mode of the lighting device, entering a rescue mode of the lighting device, starting a reset mode of the lighting device, starting an emergency mode of an emergency device, or starting a communication device.

Preferably, the remote controller further includes a control module and a human body sensing module, and the control module is electrically connected. The homing module, the warning module and the human body sensing module, the control module according to the sensing of the human body sensing module, a person approaches the remote controller to generate an adjustment instruction, and transmits the adjustment instruction to the warning module to adjust the warning behavior .

Preferably, the alert behavior is adjusted to change the volume, change the audio, or change the degree of vibration of the remote control. Preferably, the human body sensing module can be a microwave sensing module, a passive human body infrared sensing module, or an infrared sensing module.

Preferably, the lighting device has a human body sensing module, and the human body sensing module can be at least one of a microwave sensing module, a passive human body infrared sensing module, and an infrared sensing module.

Preferably, the illumination device is an inductive or non-inductive LED bulb, an inductive or non-inductive LED tube, an indoor/outdoor inductive or non-inductive lamp, an inductive or non-inductive a plant fixture, and an inductive or non-inductive worklight, and the indoor/outdoor inductive or non-inductive fixture is at least an inductive or non-inductive ceiling fixture, an inductive or non-inductive Garden lighting or an inductive or non-inductive work light, and the inductive or non-inductive work light is at least a sprayable inductive or non-inductive work light or a humidifying inductive or non-inductive work light.

Preferably, the remote controller further includes a control module and a signal output module, wherein the control module signals the homing module, the alert module and the signal output module, and the control module generates a situation according to the detached state of the homing module And transmitting the context command to the signal output module output to control a reset module of the lighting device, thereby resetting the lighting device to be controlled by a mains switch.

The invention also provides a remote control device for a lighting device for controlling a lighting device, the remote control device of the lighting device comprising a remote control base, a remote controller and a detecting module. The remote control base is configured to set a remote controller, the remote controller is disposed on the remote control base and includes at least one warning module, and the detection module is disposed at at least one of the remote control base and the remote controller. When the remote controller is set to the remote control base, the detection module detects that a combination state between the remote control and the remote control base is displayed, otherwise the detection module detects when the remote control is set off the remote control base. It is known that the remote control and the remote control base are in a disengaged state, and when the disengaged state continues to reach a predetermined length of time, the alerting module performs an alerting behavior in response to the disengaged state.

Preferably, the detecting module can be a mechanical positioning module and disposed at the base of the remote controller, and the remote controller further includes a homing module for mechanical positioning module when the remote controller is set to the remote controller base. A combined state is presented with the homing module, otherwise the mechanical positioning module and the homing module are in a disengaged state.

Preferably, the detecting module can be an optical positioning module and disposed at the base of the remote controller, so that when the remote controller is set to the remote controller base, the optical positioning module is emitted according to the remote control shielding optical positioning module. of An infrared optical signal detects that a combination state between the remote controller and the remote control base is obtained. Otherwise, when the remote controller is separated from the remote control base, the optical positioning module responds to the infrared light emitted by the remote positioning device without obscuring the optical positioning module. The optical signal detects that the remote controller and the remote control base are in a disengaged state.

The remote control device of the lighting device of the present invention can remind the user to place the remote controller on the remote controller base by using the setting homing module in the remote controller; the remote control device of the lighting device of the present invention can utilize the remote controller and the remote controller base thereof The combination or deactivation state activates the warning module of the remote controller to remind the user to control the illumination mode of the illumination device to achieve intelligent control of the illumination device, and can activate the warning behavior of the remote controller to achieve the use of the remote controller as a rescue device. The remote control device of the lighting device of the present invention can also control other electronic devices by using the combination or disengagement state of the remote controller and its remote control base to achieve emergency rescue or communication purposes. DRAWINGS

1 is a functional block diagram of a remote control device according to a first embodiment of the present invention.

2 is a functional block diagram of a remote control device according to a second embodiment of the present invention.

3 is a functional block diagram of a remote control device and a lighting device according to a third embodiment of the present invention.

4 is a functional block diagram of a remote control device and other electronic devices according to a fourth embodiment of the present invention.

FIG. 5 is a functional block diagram of a remote control device according to a fifth embodiment of the present invention. detailed description

The modules described below may be implemented as one or more components, or one or more components may be implemented by circuit signal connections to form a single component, or by one or more of the foregoing components.

The signal output module of the remote control device of the present invention may be a receiving/transmitting module for wireless communication, for example, an electromagnetic wave wireless communication module belonging to an invisible spectrum segment, for example but not limited to, including A 313.325MHz wireless communication module, a 433 MHz wireless communication module, a 418 MHz wireless communication module, a 2.4 GHz wireless communication module, a 5.8 GHz wireless communication module, a 10 GHz wireless communication module, a Bluetooth wireless communication module, a Wi - a wireless communication module, a near field communication (NFC) wireless communication module, a Z-Wave wireless communication module, and a ZigBee wireless communication module.

Certainly, the receiving/transmitting module of the wireless communication used in the present invention may also be a visible light communications (VLC) module belonging to the visible light spectrum segment, that is, using a wavelength between 400 THz (780 nm) and 800 THz. (375 nm) visible light as a communication medium, so with transmit power High, no electromagnetic interference and energy saving.

The human body sensing module described in the present invention, whether it is disposed in a remote control device or a lighting device, may be a passive human body infrared (PIR) sensing component or a microwave (Microwave) sensing component; For example, a special light wave sensing device can also be used to sense the illumination sensing control that no one is walking or the object is moved.

The illumination device of the present invention, which includes a light source or more includes a light fixture. The light source may be, for example but not limited to, an inductive light emitting diode bulb, a non-inductive light emitting diode bulb, an inductive tube, a non-inductive LED tube or a combination of at least two of the above. . Secondly, the LED can be singular or a plurality of dies, and the color temperature or brightness or chroma of each of the dies can be identical, or the color temperature of at least part of the dies Or the brightness or chroma is different from the other part of the die. For the luminaire, for example, but not limited to, it may be an inductive luminaire or a non-inductive luminaire.

Secondly, the lighting device according to the present invention may be an indoor lighting device or an outdoor lighting device according to the difference of the use place; in terms of functions, it may be a general lighting, a night light, a projection light, a work light, a plant light. , garden lights, or even the above-mentioned lamps that can be sprayed, humidified, playable music, releasable gas, or some or all of the above functions.

1 is a functional block diagram of a remote control device according to a first embodiment of the present invention. It should be noted that the following is a remote control device for a lighting device, the basic function of which is to control the lighting device to be matched, but the remote control device of the present invention is not limited thereto, and may be combined with other electronic devices. Communication or control of other switching devices, as will be detailed later.

Referring to FIG. 1, the remote control device 5 includes at least a remote controller base 10 and a remote controller 20 that can be disposed on the remote controller base 10. The remote controller 20 can be disposed in such a manner that at least a portion of the remote controller 20 contacts the remote controller. At least a portion of the base 10 presents a combined state, such as but not limited thereto, for example, the remote control base 10 has a recess structure for receiving the remote controller 20, or the remote control base 10 has a suspended structure. Hang the remote control 20.

Therefore, in this embodiment, the remote control base 10 has a positioning module 101 disposed on the remote control base 10; on the other hand, the remote control 20 has a home return module 201, when remotely controlled When the device 20 is disposed on the remote controller base 10, the positioning module 101 and the homing module 201 assume a combined state. For example, the remote control base 10 has a groove structure for accommodating the remote controller 20, and the positioning module 101 can be disposed in an area of the groove structure that can contact the remote controller 20; Groove of the base 10 In the structure, the homing module 201 can be corresponding to the positioning module 101, for example, the homing module 201 is positioned to the positioning module 101, thus constituting a combined state between the positioning module 101 and the homing module 201.

However, the present invention is not limited to the above-described aggregate state. For example, if the remote control base 10 has a hanging structure to hang the remote controller 20, the positioning module 101 and the homing module 201 are respectively disposed in the remote controller base 10 and the remote controller 20, and when the remote controller 20 is hung to The positioning module 101 and the homing module 201 can interfere with each other when the remote control base 10 is disposed on the remote control base 10, so that a positioning state is formed between the positioning module 101 and the homing module 201.

Therefore, according to the above, the positioning module 101 and the homing module 201 of the present invention exhibit a combined state, which is an interference behavior between the designated bit module 101 and the homing module 201, and the interference behavior may be contact or non-contact. For example, mechanical, electronic, magnetic, inductive, optical or pressure, and the like. Secondly, the positioning module 101 and the homing module 201 may generate different amounts of physical, mechanical, electronic, electromagnetic, pressure, light, etc. in response to the interference behavior. For example, when the remote controller 20 is hung on the remote control base 10, the homing module 201 of the remote controller 20 can be a retractable structure. When the positioning module 101 of the remote control base 10 assumes a combined state, it is positioned. The module 101 abuts from the state of the protrusion to the state of being recessed into the surface of the remote controller 20, that is, the homing module 201 generates a stroke change amount, but the present invention is not limited to the above.

Further, in accordance with the above, the remote control device 5 of the present invention may include a detecting module disposed at at least one of the remote controller base 10 and the remote controller 20. When the remote controller 20 is disposed on the remote controller base 10, the detecting module detects that the remote controller 20 and the remote controller base 10 are in a combined state. Otherwise, when the remote controller 20 is disposed away from the remote controller base 10, The detecting module detects that the remote controller 20 and the remote control base 10 are in a disengaged state.

Therefore, the detecting module can be a mechanical positioning module disposed at the remote control base 10, and the remote controller 20 further includes a homing module, when the remote controller 20 is disposed on the remote controller base 10, the mechanism The combined state is presented between the positioning module and the homing module, otherwise the detached state is presented between the mechanical positioning module and the homing module.

Optionally, the detecting module can be disposed at the remote control base 10 for an optical positioning module, so that when the remote controller 20 is set to the remote control base 10, the optical positioning module shields the optical positioning module according to the remote controller 20. An infrared optical signal is emitted to detect that the remote controller 20 and the remote control base 10 are in a combined state. Otherwise, when the remote controller 20 is separated from the remote control base 10, the optical positioning module is not shielded according to the remote controller 20. The infrared optical signal emitted by the optical positioning module detects that the remote controller 20 and the remote control base 10 are in a disengaged state.

Secondly, the remote controller 20 includes a warning module 202 for responsive to the positioning module 101 and the homing module 201. A warning action is performed when a disengaged state is presented and continues for a predetermined length of time. For example, the homing module 201 can be a retractable structure and the remote controller 20 is suspended to the remote control base 10. When the user picks up the remote controller 20 from the remote control base 10, the positioning module 101 and the positioning module 101 The homing module 201 assumes a disengaged state, wherein the homing module 201 is released from the abutment of the positioning module 101 to return to the state of the protrusion, that is, the homing module 201 generates another stroke change amount, and the warning module 202 changes the amount of the stroke. Reacted. It can be understood that when the positioning module 101 and the homing module 201 assume a disengaged state, there is a reverse interference behavior between the positioning module 101 and the homing module 201 (relative to the combined state), and the positioning module 101 and the homing module 201 are adapted. This reverse interference behavior also has variations in physical, mechanical, electronic, electromagnetic, pressure, and light quantities. Therefore, the warning module 202 of the present invention responds to the generation of changes in physical, mechanical, electronic, electromagnetic, pressure, and light quantities in response to the reverse interference behavior. Of course, it can be understood that the warning module 202 of the present invention also responds to the generation of changes in physical, mechanical, electronic, electromagnetic, pressure, and light quantities in response to the interference behavior of the combined state, which will be described later.

Moreover, since the positioning module 101 and the homing module 201 are in a disengaged state, it is possible that the user is using the remote controller 20, so the warning module 202 will continue to execute according to the disengaged state and reach a preset time length. The warning behavior, wherein the preset time length may be built in the remote controller 20 at the time of shipment, may be changed by the user, or the remote control 20 adjusts the length of time by the internal learning mode, but the invention is not limited thereto. The alerting behavior performed by the alert module 202 of the present invention is, for example but not limited to, emitting a sound signal, emitting an acoustic signal, emitting an optical signal, emitting a vibration signal, emitting a microwave signal or emitting an electrical signal, or a combination of at least two of the foregoing. .

Moreover, when the remote controller 20 is returned to the remote control base 10, so that the positioning module 101 and the homing module 201 are in a recombination state, that is, there is an interference behavior between the positioning module 101 and the homing module 201, and the warning module 202 In response to the changes in the physical, mechanical, electronic, electromagnetic, pressure, and light quantities of the interference behavior in combination with the state, the previous warning action is released.

According to the above, one of the advantages of the present invention is that when the remote controller 20 is not placed on the remote control base 10 after being used, the remote controller 20 can issue an alert signal to remind the user to return the remote controller 20 to avoid The remote controller 20 is not homed, resulting in a subsequent time to find the remote controller 20. Another advantage of the present invention is that once the remote control 20 is disengaged from the remote control base 10, the remote control 20 automatically initiates a subsequent mechanism for performing an alerting action, and the user does not need to use other electronic devices or transmitters to transmit other signals. Searching for the remote control 20; such a remote control 20, even without other electronic devices or transmitters, can initiate a mechanism for subsequent execution of alert actions. 2 is a functional block diagram of a remote control device according to a second embodiment of the present invention. Compared with the first embodiment, the remote control device 6 includes a remote controller base 10 and a remote controller 21, wherein the homing module 211 of the remote controller 21 includes a function of the homing module 201 to change the position of the remote control device, and the alert module 212 The warning function of the warning module 202 is also included; however, the remote controller 21 further includes a control module 213. In the second embodiment, the control module 213 is connected to the homing module 211 and the alert module 212. The control module 213 generates an alert command 2131 according to the detached state of the homing module 211, and transmits the alert command 2131 to the alert module 212 for execution. Warning behavior. Moreover, when the remote controller 21 is returned to the remote control base 10 to bring the positioning module 101 and the homing module 211 into a recombination state, the control module 213 generates a release warning command 2132 according to the combined state, and the warning instruction 2132 is released. It is passed to the alert module 212 to end the alert action. Alternatively, the alert module 212 can include various alert outputs, such as sound, vibration, brightness, etc., and the control module 213 can control the alert module 212 to issue different alerts according to the length of time the remote controller 21 is disengaged from the remote control base 10. Output, or response output with different response sizes.

3 is a functional block diagram of a remote control device and a lighting device according to a third embodiment of the present invention. In the third embodiment, the remote control device 7 will perform further processing after the remote controller 22 fails to be placed in the remote control base 10 for a period of time, wherein the remote controller 22 fails to be homing for a period of time. The length can also be built into the remote control 22 or can be set or adjusted by the user. The homing module 221 and the warning module 222 of the remote controller 22 are similar to the homing module 211 and the warning module 212 of the second embodiment, respectively, and are not described herein.

The remote control unit 22 further includes a control module 223 and a signal output module 224. The control module 223 is separately connected to the homing module 221, the alert module 222, and the signal output module 224. In addition to generating an alert command or canceling the alert command to the alert module 222, the control module 223 of the remote controller 22 may generate a context command 2233 according to the disengaged state of the homing module 221, and transmit the context command 2233 to the signal output module 224. The context control module 173 is output to control the lighting device 17. By way of example and not limitation, the contextual instruction 2233 includes a sleep mode to enter the illumination device 17, a voice control mode to enter the illumination device 17, a playback mode to enter at least one of the music and broadcast of the illumination device 17, and one to enter the illumination device 17. The holiday mode, an anti-theft mode entering the illumination device 17, an illumination parameter (e.g., including brightness and color temperature) entering the illumination device 17, a lighting balance mode entering the illumination device 17, an energy-saving mode entering the illumination device 17, entering a human body sensing switch mode of the illumination device 17 or a rescue mode of entering the illumination device 17, a single or multiple sets of standby energy modes for activating the illumination device, a reset mode of the activation illumination device 17, or at least two modes combination. It should be noted that, according to the situational instruction 2233, the illumination device 17 enters any of the above modes, and may be further determined by the context control module 173 after receiving the contextual instruction 2233. The mode is determined, or the context control module 173 directly sends the mode specified by the context command 2233 after receiving the context command 2233, or the context control module 173 receives the context command 2233 and selects several mode combinations.

Of course, the above-mentioned situational instruction 2233 can also be the basic control operation function of the remote controller 22 without being limited to the state of being combined or disengaged between the remote controller 22 and the remote controller base 10.

Therefore, after the context control module 173 of the illumination device 17 receives the context command 2233, the brightness, the lighting time, the lighting period, or the brightness of the light source module 174 of the illumination device 17 can be set or processed according to which mode. The number of lights and so on. For example, the sleep mode may be completely turned off or minimum brightness; the voice mode allows the user to control the light source module 174 with sound; the holiday mode is illuminated at night or at other specific times, and the illumination parameters of the illumination light It can also be the same or change according to the use condition; the anti-theft mode is matched with the human body sensing module 176 to detect the presence or absence of an intruder, etc.; the lighting balance mode refers to the lighting device 17 cooperates with a light that can detect ambient illumination. The sensing element (not shown) enters the illumination balance control of the single or group of illumination devices to balance the overall illumination state in the same space; the energy-saving mode refers to the illumination device 17 cooperating with the above-mentioned light sensing capable of detecting ambient illumination Components (not shown) reduce lighting output as needed to save energy.

Secondly, if the user uses the remote control 22 to turn off the illumination device 17 and does not place the remote control 22 on the remote control base 10, the user cannot use the connection to the commercial power when he wants to turn on the illumination device 17 later. A switch is used to turn on the illumination device 17. Therefore, the contextual instructions 2233 of the present invention can also be used to control the reset module 175 of the illumination device 17 to reset the illumination device 17 to a mode controllable by the mains switch. Of course, the lighting device 17 itself can also release or reset the control function of the remote controller 22 on/off by repeatedly pressing the switch connected to the mains.

According to the above, one of the advantages of the present invention is that the remote controller 22 further issues an instruction to control the lighting device 17 after the remote control 22 is placed on the remote control base 10 after the user uses the remote controller 22 to leave or go to sleep. In order to achieve the purpose of intelligent lighting of the lighting device 17.

Further, in addition to controlling the lighting device itself, the context command of the remote controller of the present invention can also be used to control other electronic devices than the lighting device. 4 is a functional block diagram of a remote control device and other electronic devices according to a fourth embodiment of the present invention. The remote control device 8 includes a remote controller base 10 and a remote controller 23, wherein the homing module 231, the alert module 232, the control module 233, and the signal output module 234 of the remote controller 23 can be the same as the third embodiment, and details are not described herein. In the fourth embodiment, the context command 2333 generated by the control module 233 is output by the signal output module 234 to the electronic device 18, such as an emergency device or a communication device. Secondly, in the case where the electronic device 18 is an emergency device, the context command 2333 can initiate an emergency mode of an emergency device. In the electronic device 18 is a communication device, such as a mobile phone or a walkie-talkie, the context command 2333 can activate the communication device.

According to the above, the remote control device of the present invention can be used as a rescue device, and can be activated when the remote control base (positioning module) and the remote controller (homepage module) are disengaged when the user or the surrounding has an unexpected situation. An emergency device other than the lighting device, or a communication device is activated for emergency contact, so that it is convenient for the user who cannot reach or contact the emergency device to seek help in time. It can be understood that the control module of the remote controller of the present invention can also be designed to issue different situational commands simultaneously or sequentially, simultaneously or sequentially controlling the illumination device and the electronic device other than the illumination device.

FIG. 5 is a functional block diagram of a remote control device according to a fifth embodiment of the present invention. The remote control device 9 includes a remote control base 10 and a remote controller 24, wherein the home position module 241, the alert module 242 and the control module 243 of the remote controller 24 are identical to the previous embodiments. The fifth embodiment is different in that the remote controller 24 further includes a human body sensing module 245, and the control module 243 is separately connected to the homing module 241, the warning module 242, and the human body sensing module 245. In the fifth embodiment, the human body sensing module 245 includes a microwave sensing module, a passive human body infrared (PIR) sensing module, an active infrared sensing module, or a combination of at least two of the foregoing. Next, the control module 243 approaches the remote control 24 according to the sensing of the human body sensing module 245 to generate an adjustment command 2434, and transmits the adjustment command 2434 to the alert module 242 to adjust the alert behavior. For example, but not limited to, the alerting function of the alert module 242 is adjusted to change the volume, change the audio, or change the degree of vibration of the remote controller 24, so that the user can know that the remote controller 24 is around, and then quickly find the remote controller 24 reset. When the remote control 24 can be used as a rescue device, the attention of the person who is coming can be increased, and the environment to be assisted or the surroundings of the person can be quickly reached.

Claims

Rights request

A remote control device for a lighting device for controlling a lighting device, the remote control device of the lighting device comprising:

a remote control base having a positioning module disposed thereon;

a remote controller, detachably disposed on the remote controller base, the remote controller includes at least a homing module and a warning module, wherein when the remote controller is disposed on the remote controller base, the positioning module and the remote control a combination state is displayed between the bit modules, otherwise the positioning module and the homing module are in a disengaged state, and when the disengagement state continues to reach a preset time length, the warning module should locate the module and the homing module A warning action is performed in the disengaged state.

2 . The remote control device of the lighting device according to claim 1 , wherein the positioning module is combined with the homing module in a manner selected from the group consisting of: mechanical, electronic, magnetic, inductive, optical. And pressure type.

The remote control device for a lighting device according to claim 1, wherein the warning behavior is selected from one of the following groups: emitting a sound signal, emitting an acoustic signal, emitting an optical signal, emitting a vibration signal, emitting a microwave signal, and emitting Electrical signal and a combination of at least two of the above.

The remote control device of the lighting device according to claim 1, wherein the warning module performs the lifting of the warning behavior according to the combined state between the positioning module and the home module.

The remote control device of the lighting device of claim 1 , wherein the remote controller further comprises a control module that is connected to the homing module and the alert module, and the control module generates a warning according to the detached state of the homing module And transmitting the warning instruction to the warning module to perform the warning behavior, or the control module further generates a release warning instruction according to the combined state of the homing module and the positioning module, and transmitting the release warning instruction to the warning Module to end the alert action.

The remote control device of the lighting device of claim 1 , wherein the remote controller further comprises a control module and a signal output module, wherein the control module signals the home module, the alert module and the signal output module, the control module A contextual instruction is generated according to the detached state of the homing module, and the contextual instruction is transmitted to the signal output module output.

7. The remote control device of a lighting device according to claim 6, wherein the contextual instruction comprises entering the illumination a sleep mode of the device, a voice control mode entering the lighting device, a play mode of at least one of music and broadcast entering the lighting device, a holiday mode entering the lighting device, an anti-theft mode entering the lighting device, entering An illumination brightness conversion mode of the illumination device, an illumination color temperature conversion mode entering the illumination device, an illumination balance mode entering the illumination device, an energy saving mode entering the illumination device, and a human body sensing switch mode entering the illumination device And entering a rescue mode of the lighting device, activating a reset mode of the lighting device, starting an emergency mode of an emergency device, activating one or more sets of standby energy modes of the lighting device, or initiating a communication device.

The remote control device of the lighting device of claim 1 , wherein the remote controller further comprises a control module and a human body sensing module, wherein the control module signal electrically connects the home module, the warning module and the human body sensing module, the control The module according to the sensing of the human body sensing module approaches a remote controller to generate an adjustment command, and transmits the adjustment command to the warning module to adjust the warning behavior.

The remote control device for a lighting device according to claim 8, wherein the alert behavior is adjusted to change the volume, change the audio, or change the degree of vibration of the remote controller.

10. The remote control device of the lighting device according to claim 8, wherein the human body sensing module is a microwave sensing module, a passive human body infrared sensing module, or an active infrared sensing module.

The remote control device of the lighting device according to claim 1, wherein the lighting device has a human body sensing module, and the human body sensing module is at least one of a microwave sensing module, a passive human body infrared sensing module, and an active infrared sensing module. By.

12. The remote control device of the lighting device according to claim 1, wherein the lighting device is an inductive or non-inductive light emitting diode bulb, an inductive or non-inductive light emitting diode tube, an indoor/outdoor inductive or a non-inductive luminaire, an inductive or non-inductive plant luminaire, and an inductive or non-inductive worklight, and the indoor/outdoor inductive or non-inductive luminaire is at least one inductive or non-inductive Inductive ceiling lamps, an inductive or non-inductive garden fixture or an inductive or non-inductive court fixture, and the inductive or non-inductive worklight is at least a sprayable inductive or non-inductive worklight Or a humidifying inductive or non-inductive work light.

13. The remote control device of the lighting device of claim 1, wherein the remote controller further comprises a control module and a signal output module, the control module signal connecting the home module, the warning module and the signal output module Blocking, the control module generates a contextual instruction according to the detached state of the homing module, and transmits the contextual instruction to the signal output module output to control a reset module of the illuminating device, thereby resetting the illuminating device A city power switch control.

14. A remote control device for a lighting device, for controlling a lighting device, the remote control device of the lighting device comprising:

Remote control base;

a remote controller, disposed on the remote controller base, the remote controller includes at least one alert module; and a detecting module disposed at at least one of the remote controller base and the remote controller;

When the remote controller is set to the remote controller base, the detecting module detects that the remote controller and the remote controller base exhibit a combined state, otherwise the remote controller is set to be separated from the remote controller base. The detecting module detects that the remote controller and the remote controller base are in a disengaged state, and when the disengaged state continues to reach a predetermined length of time, the alerting module performs a warning according to the disengaged state. behavior.

The remote control device of the lighting device according to claim 14, wherein the detecting module is a mechanical positioning module and is disposed at the base of the remote controller, and the remote controller further comprises a homing module to When the device is set to the remote controller base, the mechanical positioning module and the home module exhibit the combined state, otherwise the mechanical positioning module and the home module exhibit the disengaged state.

The remote control device of the lighting device of claim 14 , wherein the detecting module is an optical positioning module and is disposed at the base of the remote controller, when the remote controller is disposed to the remote controller base The optical positioning module detects that an infrared optical signal emitted by the optical positioning module is blocked by the remote controller, and detects that the remote controller and the remote control base exhibit the combined state, otherwise the remote controller is separated from the remote controller. When the remote controller base is used, the optical positioning module detects that the remote control does not shield the infrared optical signal emitted by the optical positioning module, and detects that the remote controller and the remote control base exhibit the disengaged state.